棕榈油作为电介质的电势

U. Abdullahi, S. M. Bashi, Robiah Yunus, Mohibullah, H. Nurdin
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引用次数: 61

摘要

近一个世纪以来,石油和矿物基流体一直被用于冷却和绝缘目的。它们的受欢迎程度源于它们的易得性和廉价性。然而,最近的证据表明,这些液体不足。它们具有低的性能,特别是闪点和着火点,最重要的是低介电击穿电压。这些缺点中最严重的是无法满足卫生和环境法律的要求。这是因为它们不是有机的,因此不能生物降解;它们的溢出物需要很长时间才能分解。这些发展促使人们寻找植物基液体的替代品。经试验证实可用作介质的液体有蓖麻油、椰子油、大豆油、菜籽油等。这项工作已经根据IEEE C637和ASTM D部分测量了棕榈油的特性,以便可能用作介电流体。结果表明,处理后的棕榈油击穿电压为75 kV/mm,闪点>220,燃点>220,含水率为0.08%。因此,这显示了棕榈油作为介电流体的潜力。但在实际应用前还需进一步研究。马来西亚作为一个国家在这类研究中有很多收获,因为它是世界上棕榈油生产的领导者。
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The potentials of palm oil as a dielectric fluid
Petroleum and mineral based fluids have, for almost one century, been used for cooling and insulation purposes. Their popularity' stems out of their availability and cheapness. However, recent evidence has shown deficiencies with these fluids. They have low properties especially flash and fire points and most importantly low dielectric break down voltage. The most serious of these shortcomings is the inability to meet up with health and environmental laws. This is because they are not organic and hence not biodegradable; their spillage takes very long time to decompose. These developments have led to seeking alternatives in vegetable based fluids. The fluids tried and confirmed to be used as dielectric fluids include castor oil, coconut oil, soya bean oil, rapeseed oil etc. This work has measured the properties of palm oil against the IEEE C637 and ASTM D section for possible use as a dielectric fluid. The result shows that treated palm oil has break down voltage of 75 kV/mm, flash point >220), fire point (>220) and moisture content (0.08%). Hence this has shown the potential of palm oil as a dielectric fluid. However future work should focus on further investigation before field application. Malaysia as a country stands a lot of gains in this type of research, since it is a world is leader in palm oil production.
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